Scinomix is a leading provider of laboratory automation systems in the Life Science Industry. Our standard line of tube and microplate labelers will improve workflow in the lab and ultimately increase efficiency and productivity.
2. Company Overview
• Founded in November 2001
• President (Nigel Malterer) and VP of
Engineering & Production (Mark
Mertz) formerly of Incyte
Pharmaceuticals Genomics
Production Unit in St. Louis, MO
• Combined 40 years experience in
design, assembly, programming, and
service of laboratory automation
systems
3. Benefits of Laboratory
Automation
Provides valuable walk-away time to attend to other
important tasks in the lab
Reduces repetitive injuries from manual labeling
Reduces costs in the lab
Eliminates human error
Small benchtop machinery provides valuable space in
the lab
Improves workflow
Increases productivity and efficiency
4. Products
Our standard line of laboratory
automation systems ensure
efficiency and productivity in
your lab by giving you significant
walk away time and consistency
of label placement
Plate labelers: Sci-Print VX2, Sci-Print SOLO
Tube labelers: Sci-Print MP2+, Sci-Print MP2
6. • 300 or 600 dpi Thermal Transfer
Printer
• Labels vials and tubes from 0.5mL
up to 50mL (Interchangeable
gripper fingers)
• Throughput up to 300 per hour
(labeling only)
• Scanner can read 2D barcodes on
base of tube
Features of Sci-Print
VX2
7. • 6 x SBS rack locations
(custom holders for non
SBS racks)
• Optional decapping and
recapping
• Optional filling – requires
external pump
Features of Sci-Print
VX2
10. • Provides valuable walk away time for scientists
• Prevents repetitive stress injuries
• Consistent labeling and positioning
• Highly flexible – wide range of tubes
Sci-Print VX2: Benefits
11. • Power: 110 - 230 VAC
• Air: 80 psi and 1 cfm
• PC: Windows PC with 1 x RS232 port
• Bench space: 3’W x 2’D x 3’H (Doors
at front and left side)
Operating Requirements
12. • Intuitive graphical
interface
• Store multiple run
configurations
• Store multiple label
configurations
• Built in instrument
configuration screens
Software Features
13. Software Features
• Built in label
designer
• Open architecture
LIMS interface
• Low level
diagnostics and
utilities
14. • Label editor allows user
choice of fields and text
positioning on label
• Stores label stock and
label documents for
quicker setup within run
• Hardware and
Diagnostics for
troubleshooting
Software Features
15. • Can be run from user interface
only with no external data or:
-From a worklist (.txt or
.csv)
-User created application
that is called from within
a run.
• Customers’ IT group can also
produce a script file to generate
necessary work list
• Can generate data file to write
back results to LIMS
• Colored display of deck tracks
progress
Run Modes
17. • 300 or 600 DPI Thermal Transfer
Printer
• Labels Vials 0.7 ml to 50 ml
• Label Arm can extend to 250mm
• .NET Driver available
Standard Features
Sci-Print Solo integrated
with a Tecan Evo
18. • SOLO is generally integrated
into a larger system, but
can also operate as a stand-
alone instrument
• Windows-based software
similar to VX2
• Built-in utilities and
diagnostics screens for easy
troubleshooting
Standard Features
19. • Power: 110 VAC at
3 AMPS
• Air: 80 PSI and 1
CFM
• Computer with
RS232 Serial Port
Operating Requirements
22. • 600 dpi Thermal Transfer
Printer
• Adjustable Height Stage
• SBS Footprint rotating
stage
• Can label up to all 4 sides
of the plate
• Uses ¼” x 2” labels
Standard Features
25. • 600 dpi Thermal Transfer
Printer
• Downstack holds 48
delidded microplates or 13
deep well blocks
• Adjustable Height printing
• SBS Footprint rotating stage
• User can have up to 3
downstacks and 3 upstacks
Standard Features